MOTUL RBF 660 Factory Line Brake Fluid – 500ml | Racing-Grade Brake Fluid for Maximum Performance
Description:
MOTUL RBF 660 Factory Line Brake Fluid is a high-performance, racing-grade fluid designed to meet the demanding needs of motorsport applications. With an extremely high dry boiling point of 325°C, this brake fluid is formulated to resist fade and maintain maximum braking efficiency even under the most extreme conditions. Ideal for high-performance vehicles, track days, and racing applications, it delivers the ultimate braking performance with optimal safety and reliability.
Key Features:
✔ Extra-High Boiling Point – Boiling point of 325°C (617°F) dry and 204°C (399°F) wet to ensure consistent braking performance under extreme conditions.
✔ Moisture Resistance – Excellent resistance to moisture absorption, preventing brake fade and corrosion.
✔ Non-Silicone Formula – Designed for racing and performance applications where absolute brake fluid reliability is critical.
✔ Superior Stability – Maintains stability at both low and high temperatures.
✔ Perfect for Racing – Ideal for motorsport applications such as track days and competitive racing.
Compatibility:
MOTUL RBF 660 Factory Line Brake Fluid is compatible with:
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Racing and high-performance vehicles that require a high-performance DOT 4 brake fluid.
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Track day enthusiasts and professional drivers.
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Passenger cars, motorcycles, and motorsport vehicles with hydraulic braking systems.
📌 Note: Ensure to check your vehicle’s manual to confirm compatibility with DOT 4 fluid. Always use with compatible systems.
Recommended Use:
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Replace brake fluid regularly, especially after long periods of track use.
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Use for high-performance vehicles requiring DOT 4 brake fluid.
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Ensure fluid is topped up and within the recommended level before track events or competitive driving.
Technical Specifications:
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Volume: 500ml
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Type: DOT 4 Racing Brake Fluid
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Dry Boiling Point: 325°C (617°F)
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Wet Boiling Point: 204°C (399°F)
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Viscosity: Ensures consistent braking performance in both extreme heat and low temperatures.